Which element exhibits the successive ionization energies given in the table?

$\begin{array}{|cc|}\hline \mathrm{Ionization} \mathrm{Energy}, \mathrm{KJ}\times {\text{ mol }}^{-1}& \\ 1\text{ st }& 738\\ \text{ 2nd }& 1451\\ 3\mathrm{rd}& 7733\\ 4\text{ th }& 10540\\ 5\text{ th }& 13628\\ \hline\end{array}$

Magnesium(Mg) is the  element exhibits the successive ionization energies

The equation that describes second ionization energy states that it is the energy required to remove a second electron from each ion in a mole of gaseous 1+ ions in order to produce gaseous 2+ ions additional ionization energies 

The number of subsequent ionization energies is thus limited only by the number of electrons in the initial atom.

Magnesium is the element whose sequential ionization energies are 738, 1451, 7733, 10540, and 13628 kJ/mole.

Hence (Mg) is the  element exhibits the successive ionization energies